Electric Digital Data Processing TRIZ Cases

Dynamic virtual switch configuration resolves throughput imbalance across I/O controller ports by adjusting switch counts to match connected device loads.

An interface circuit uses a shared physical layer and switch control units to support multiple standards while reducing parts count.

A multi-die package transports control signals and memory transactions via a common interface using dynamic sampling based on quality of service parameters.

Configurable transaction filter circuit monitors on-chip communications fabric to log specific data patterns.

A sensor transmission device integrates payload data from multiple sensors into a single bus data packet using a virtual unit approach.

An adapter apparatus detects HDMI Altmode support via a USB PD controller and generates warning signals for incompatible devices.

A receiving module switches between distinct voltage divider thresholds to evaluate differential signals across serial bus communication phases.

Direct memory access between host and smart network interface controller threads bypasses indirect packet processing to increase data transmission speed.

Dynamic port role assignment via OTG controllers resolves fixed host limitations in automotive head units.

An adaptive interface circuit connects USB and PCIe interfaces using protocol processing circuits and a data buffer.

Programmable FIFO thresholds in a DMA bus bridge reduce access latency for slow peripherals while maintaining high throughput.

Internal phase locked loops synchronize host and device clocks, eliminating external crystal oscillation to reduce production costs.

An interrupt controller provides direct branch instructions to a processor, bypassing normal fetch cycles to reduce latency from peripheral events.

A flag signal manages operation modes to maintain point-to-point connections, resolving multi-tasking performance limits without increasing device complexity.

A communication unit manages shared hardware resources for virtualized devices within a computer system.

Persistent intermediate storage enables asynchronous reservation commands to restart after failures, improving throughput without blocking resources.

A USB Type-C interface enables bidirectional data exchange using two independent communication paths operating simultaneously.

Upstream and downstream port devices use detection proxy engines to selectively enable receiver termination circuitry for SuperSpeed communication.

Ascending bus handle ordering resolves adaptation bottlenecks by allowing identical code to function on varying processor configurations without modification.

A USB hub enables mobile devices to switch between host and device roles through dynamic internal routing path changes.

A global addressable memory scheme enables high-speed data exchange via direct memory access and network-on-chip bridges.

Hardware-accelerated data movement system with multicast copy ring and internal memories for tabular data processing.

A USB extension port device manages endpoint activity through a dedicated table and synthetic message generation for seamless host communication.

A controller senses device connections and uses identification codes to set express linkup states for interface circuits.

Operating system generates virtual image frames with status indicators to maintain continuous data streams during camera processing pauses.

A PCIe switch implements a logical device to consolidate physical endpoints via management software.

A memory bank address mapping method distributes consecutive logical addresses across different physical banks to enable parallel read and write operations.

Segmented command queues allow urgent control inputs to preempt data transfers, resolving interface saturation and reducing idle periods.